The roles of cesium ions in regulating photoinduced interfacial charge transfer at the n-type cadmium chalcogenide/ferrocyanide interface

Electrochemical formation of Prussian blue films with a single ferricyanide solution on gold electrode

“…Attachment of PB species to the electrode surface can be achieved by electrodeposition [15][16][17][18], adsorption [19] and entrapping them into polymeric matrices [15] or encapsulating in sol-gels [20,21]. The immobilization of hexacyanoferrates as powder particles on an electrode surface is also used [22,23].…”

[Resonance Raman spectroscopy of metalloporphyrins and photoreaction centers]. Final report

“…To accomplish this goal, detailed structural and charge transfer studies of [CdFe(CN)6]2-/1-overlayers generated either intrinsically via photoelectrochemistry at the illuminated CdX/[Fe(CN)6] 4-/3" (X=S or Se) interface, or synthesized as chemical modification layers on inert metal electrodes have been undertaken. [1][2][3][4][5] From these studies, a picture has evolved which directly links charge transfer mediated cation intercalation processes to surface overlayer crystal structure, and overlayer structure to critical charge transfer parameters.…”

Preparation and Characterization of a Tin Pentacyanonitrosylferrate‐Modified Carbon Ceramic Electrode: Application to Electrocatalytic Oxidation and Amperometric Detection of L‐Cysteine

“…Iron(III) hexacyanoferrate(II) is the first model of transition metal cyanoferrate (commonly known as Prussian Blue (PB)) that reported by Neff in 1978 [24]. The preparation and electrochemical behavior of some PB analogue modified electrodes have been reported based on different transition metal hexacyanoferrate such as chromium [25], nickel [26], cobalt [27,28], copper [29,30], palladium [31,32], molybdenum [33], vanadium [34], platinum [35], cadmium [36], and zinc [37]. Pentacyanonitrosylferrate (PCNF) is a member of the polycyanide metal complexing reagents that referred to as nitroprusside (NP).…”